Kwonsik Shin

Daegu Gyeongbuk Institute of Science and Technology

Papers

Total Citations

H-Index

About

Kwonsik Shin is a researcher advancing the frontier of artificial tactile sensing, with a focus on mimicking the complex human sense of touch. His primary research areas include tactile sensor design, piezoelectric sensor arrays, and the development of systems that replicate human sensory perception, such as the sensation of texture and even psychological responses like "pain." Shin’s most notable contribution is his work on an artificial tactile sensor structure that detects surface topography through sliding motion, a paper that has garnered 35 citations and represents a significant step toward creating more intuitive haptic interfaces for robotics and prosthetics. Additionally, his 2017 study on a psychological tactile sensor based on piezoelectric arrays, with 8 citations, explores the novel concept of embedding emotional feedback—such as pain—into artificial systems, pushing beyond simple stimulus detection. By bridging engineering and neuroscience, Shin’s research holds promise for applications ranging from android robotics to advanced mobile device interfaces, making him a key figure in the evolution of touch-sensitive technology.